Module Descriptions
If you would like to take a detailed look at the structure of the program, you will find the most important information on the individual modules, including the corresponding courses, forms of instruction, group sizes, qualification goals, course content, key qualifications, participation requirements, examination requirements, forms of examination, and much more.
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General Mandatory Selection (18 Credit Points)
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Code |
Title |
Term |
Credit Points |
|
|---|---|---|---|---|
| MGE-01 | Coordinate Systems | Winter | 3 | |
| MGE-02 | Global Navigation Satellite Systems | Winter | 3 | |
| MGE-03 | Statistics and Adjustment Theory | Winter | 3 | |
| MGE-04 | Geoinformation Systems | Winter | 3 | |
| MGE-05 | Geodetic Earth Observation | Winter | 3 | |
| MGE-06 | Profile Fundamentals | Winter | 3 | |
| Study profile ‘Mobile Sensing and Robotics’ (MSR) | ||||
Code |
Title |
Term |
Credit Points |
|
| MSR-01 | Sensors and State Estimation | Winter | 6 | |
| MSR-02 | Advanced Techniques for Mobile Sensing and Robotics | Summer | 6 | |
| MSR-03 | Machine Learning for Robotics and Computer Vision | Summer | 6 | |
| MSR-04 | Methods for Quality Assurance in GNSS | Summer | 6 | |
| MSR-05 | Application and Evaluation of Kinematic Mobile-Sensor-Systems | Winter | 6 | |
| MSR-06 | Techniques for Self-Driving Cars | Winter | 6 | |
| MSR-07 | Modern C++ for Computer Vision | Winter | 6 | |
| MSR-P-S | Mobile Sensing and Robotics - Project Part I | Summer | 12 | |
| MSR-P-W | Mobile Sensing and Robotics - Project Part II | Winter | 12 | |
| Study profile ‘Geoinformation and Spatial Development’ (GSD) | ||||
Code |
Title |
Term |
Credit Points |
|
| GSD-01 | Urban Development | Winter | 6 | |
| GSD-02 | Spatial Decision Support Systems | Summer | 6 | |
| GSD-03 | Land Management | Summer | 6 | |
| GSD-04 | Location-Based Services | Summer | 6 | |
| GSD-05 | Rural Development | Winter | 6 | |
| GSD-06 | Advanced Algorithms for Geo-Information Systems | Winter | 6 | |
| GSD-06 | Geo-Information Management in Interdisciplinary Research | Winter | 6 | |
| GSD-07 | Land Markets and Property Valuation | Winter | 6 | |
| GSD-P-S | Geoinformation and Spatial Development - Project Part I | Summer | 12 | |
| GSD-P-W | Geoinformation and Spatial Development - Project Part II | Winter | 12 | |
| Study profile ‘Geodetic Earth System Science and Data Analysis’ (GES) | ||||
Code |
Title |
Term |
Credit Points |
|
| GES-01 | Satellite Geodesy and Earth System | Winter | 6 | |
| GES-02 | Advanced Data Analysis | Summer | 6 | |
| GES-03 | Mass Transport Modelling and Monitoring | Summer | 6 | |
| GES-04 | Numerics in C++ | Summer | 6 | |
| GES-05 | Monitoring Water and Cryospheric Change from Space | Winter | 6 | |
| GES-06 | Stochastic Processes | Winter | 6 | |
| GES-07 | Advanced Methods in Satellite Geodesy | Winter | 6 | |
| GES-P-S | Geodetic Earth System Science and Data Analysis - Project Part I | Summer | 12 | |
| GES-P-W | Geodetic Earth System Science and Data Analysis - Project Part II | Winter | 12 | |
| MGE-MT | Master's Thesis | Summer | 30 | |
External Offers
Profile MSR
Profile GSD
- 612102111 M2111 Foundations of Graphics
- 612102201 M2201 Computer Vision
- 612102213 M2213 Computer Vision II
- 612102313 M2313 Deep Learn Vis Rec
- 612104112 M4112 Algorithms for Data Science
- 612104113 M4113 Cognitive Robotics
- 612104114 M4114 Robot Learning
- 612104201 M4201 Artificial Life
- 612104204 M4204 Technical Neural Nets
- 612104212 M4212 Data Science and Big Data
- 612104316 M4316 Graph Representation Learning
- 612104323 M4323 Pattern Recognition (2)
- 780800010 Data Analysis and Visualization
- 780800370 Python for Applied Machine Learning
- 780800370 Python for Applied Machine Learning
- 780764270 Data Wrangling, Vizualization and GIS Data Analysis with R
Study Start WS 2020/21
Module Manual
Ines Barczewski
Study Program Manager
1.005
Nußallee 17
53115 Bonn
© Ines Barczewski
Bernd Binnenbruck
Examination Office
1.004
Nußallee 17
53115 Bonn